The cost of running a 2-kilowatt heater is determined by the amount of time, during which the heater is running, and local utility's rate per kWh consumed. It can be expressed as one-time, daily, monthly or annual cost.
Continue ReadingThe exact one-time expense is calculated by multiplying the heater's wattage (2 kW), time of operation in hours and the price of one kWh. Daily cost of running the heater is calculated by similar formula - the wattage in this case is multiplied by the price of one kWh and the average number of hours the heater is running per day. Annual cost is calculated by multiplying daily cost and the number of days the heater is running in one year.
Learn more about Heating & CoolingAdvantages to using an oil burner heater include the amount of heat it produces, the safety of burning oil and the cost of the furnace. Oil furnaces tend to cost less than gas furnaces as of 2015, and they have long life spans often ranging from 10 to 20 years.
Full Answer >A 1,500-watt heater uses 1,500 watts an hour if it is left on the entire time; a heater left on around the clock for 24 hours uses 36,000 watts of electricity each day. To determine how many kilowatts the heater uses, divide the number of watts by 1,000.
Full Answer >According to a national survey, the average annual consumption of electricity for an average home in the United States was 10,837 kWh, which is around 903 kWh per month. The State of Maine had the lowest annual consumption rate at 6,367 kWh, and Louisiana had the highest at 15,046 kWh.
Full Answer >The simplest method for calculating direct labor cost is represented by multiplying the total hours worked times the wage rate for the period of time in question. The equation looks like this: direct labor cost equals total labor hours times labor rate.
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